Bridging You and Nano
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Nanoindentation
Nano hardness, elastic modulus, stiffness measurements through nanoindentation tests.
Typical Experimental Results:
Applications:
| Nanocompression | Nanofatigue | Nanohardness |
| Nanoimpact | Nanoimprint | Nanoindentation |
| Nanolithography | Nanomachining | Nano pull off force |
| Nano pull on force | Nanoscale Creep Test | Nanoscale Stress Relaxation Test |
| Nanoscratch | Nanotensile | Nanotribology |
| Nanowear | Biological Sample Testing | Correlation between Nanoindentation and Other Analytical Analysis |
| Fracture Toughness | Friction under Extremely Low Load | Mechanical Test on MEMS Beam |
| Nanoindentation in Liquid | Nanoindentation under Environmental Control | Nanoindentation under High/low Temperature |
| Nanomechanical Property Depth Profile | Nano/micro Feature Testing | Nano Particle Testing |
| Nanoscale Dynamic Mechanical Analysis | Quantum Dot Testing | Test and Evaluation of Miniaturized Devices |
| Thin Film Interfacial Adhesion Measured using Nanoscratch | Ultra Thin Film Testing | Young's Modulus |
For more information please read our application notes.
Instruments: Multi-Technique and Full-Feathure Nanoindentation System
Key Specifications:
| Modulus Precision | ± 1% |
| Displacement Range | 15 μm |
| Displacement Resolution | 0.02 nm |
| Force Range | 30 nN to 10 mN |
| Force Resolution | 1 nN |
| Heat Stage Range | 5 to 300 C |
| Atmosphere | Open Air, Inert Gas |
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